Bathroom Stall Pictures Features Embedded in the Part Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. StallSize: Drop-down used to change the stall size WallOrientation: Drop-down used to change the position of the wall relative to the door DoorClearanceOrientation: Drop-down used to change the direction of the door clearance volume 3DXML

Shower Pictures Features Embedded in the Part Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Showerhead_Height: Change the height of the showerhead. Showerhead_Length: Change how far the showerhead protrudes from the shower valve. FloorWidth: Change the width of the shower pan FloorLength: Change the length of the shower pan 3DXML

Urinal Wall Pictures Features Embedded in the Part Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Inlet_Height: Change the height of the urinal inlet 3DXML

Toilet Floor Tank [EU] Pictures Features Embedded in the Part Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Note: The Toilet Floor Tank [EU] and Toilet Floor Tank [NA] parts are identical with the exemption of the toilet input and output port locations 3DXML

Toilet Wall Valve Pictures Features Embedded in the Part Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. 3DXML

Toilet Floor Tank [NA] Pictures Features Embedded in the Part Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Note: The Toilet Floor Tank [EU] and Toilet Floor Tank [NA] parts are identical with the exemption of the toilet input and output port locations 3DXML

Hello, Could someone please tell me how to set this UI to be displayed upon startup?Was it configured in which file? Any help is very much appreciated！ Thank you.

Bulkhead - Circular Model 150mmD Model 200mmD Model 300mmD Features embedded in the part 1. Visibility This parameter is located under "Parameters" > "DS_Customer_Parameter" and it would control the visibility of the main two outputs, the 3D model and the 2D symbol. 2. Symbol2DScaling This parameter is located under "Parameters" > "DS_Customer_Parameter" and it would control the scale of the 2D symbol. 3. Fixture Model This parameter is located under "Parameters" >

Downlight - Circular Recessed Model 50mmD Model 100mmD Model 150mmD Engineering Template This fixture can be instantiated within an assembly using an engineering template which requires an axis system as input. This template can be found in the data base by the following name: AEC_LIGHTING_FIXTURE_DOWNLIGHT_CIRCULAR_RECESSED Features embedded in the part 1. Visibility This parameter is located under "Parameters" > "DS_Customer_Parameter" and it would control the visibility of the main two

Rectangular Recessed Model 600mmL x 600mmW Model 1200mmL x 150mmW Model 1200mmL x 300mmW Features embedded in the part 1. Visibility This parameter is located under "Parameters" > "DS_Customer_Parameter" and it would control the visibility of the main two outputs, the 3D model and the 2D symbol. 2. Symbol2DScaling This parameter is located under "Parameters" > "DS_Customer_Parameter" and it would control the scale of the 2D symbol. 3. Fixture Model This parameter is located under

Pendant - Circular Model 150mmD x 350mmL Model 400mmD x 400mmL Splayed Model 560mmD x 420mmL Features embedded in the part 1. Visibility This parameter is located under "Parameters" > "DS_Customer_Parameter" and it would control the visibility of the main two outputs, the 3D model and the 2D symbol. 2. Symbol2DScaling This parameter is located under "Parameters" > "DS_Customer_Parameter" and it would control the scale of the 2D symbol. 3. Fixture Model This parameter is located under

Various Door Object Type Examples This 3dxml contains all doors in the following wiki pages

DescriptionDoor Objects can be used with Building 3D Design to convert low-level door features into higher-level door features. These features can then be converted to an even higher-detailed product assembly structure. How Its Used / Image GalleryCreate the desired door using the "Door" function in Building 3D Design Shift-select the desired door(s) then select "Multi-Edit Door" Beside the "Object type" field, select the magnifying glass (Define by Type), and use the explorer to search for

Fan Coil Unit Cassette - 2 Pipes and 1 Spigot Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping ports and spigot. Finish: Select the type of cover plateGrill Solid Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Plenum Size/Height: Select the overall size of the chilled beam plenum. Electrical box location/Clearance: Configure the location of the electrical box and the size of the

Fan Coil Unit Cassette - 4 Pipes and 1 Spigot Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping ports and spigot. Finish: Select the type of cover plateGrill Solid Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Plenum Size/Height: Select the overall size of the chilled beam plenum. Electrical box location/Clearance: Configure the location of the electrical box and the size of the

AC Split - Inside Low Wall Unit Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping ports. Size: Select the size of the unit based on commercially available standards. Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. 3DXML

AC Split - Outside Twin Unit Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping ports. Size: Select the size of the unit based on commercially available standards. Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. 3DXML

AC Split - Inside High Wall Unit Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping ports. Size: Select the size of the unit based on commercially available standards. Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. 3DXML

AC Split - Outside Unit Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping ports. Size: Select the size of the unit based on commercially available standards. Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. 3DXML

Surface Mounted Fan Pictures Features Embedded in the Part Configurable port parameters that also control the geometry (Shape and Size) of the equipment. Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. 3DXML

Chilled Beam - Active - 4 Pipes Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping and spigot. Finish: Select the type of cover plateGrill Solid Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Plenum Size/Height: Select the overall size of the chilled beam plenum Chilled/Heated/Drain ports and Spigot horizontal and vertical offsets:Horizontal: Controls the horizontal location

Chilled Beam - Active - 2 Pipes Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping. Finish: Select the type of cover plateGrill Solid Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Plenum Size/Height: Select the overall size of the chilled beam plenum Chilled/Heated/Drain ports and Spigot horizontal and vertical offsets:Horizontal: Controls the horizontal location of the ports

Chilled Beam - Passive - 4 Pipes Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping. Finish: Select the type of cover plateGrill Solid Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Plenum Size/Height: Select the overall size of the chilled beam plenum Chilled/Heated/Drain ports horizontal and vertical offsets:Horizontal: Controls the horizontal location of the ports using a

Chilled Beam - Passive - 2 Pipes Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the piping. Finish: Select the type of cover plateGrill Solid Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Plenum Size/Height: Select the overall size of the chilled beam plenum Chilled/Heated/Drain ports horizontal and vertical offsets:Horizontal: Controls the horizontal location of the ports using a

Linear Slot Air Diffuser Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the spigot. Number of Slots: Select the number of slots in the diffuser. Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. Diffuser Length: Select the overall length of the diffuser. Diffuser Width: Calculated from the number of slots selected. Wall Thickness: Sheet metal thickness of the diffuser. 3DXML

Supply/Return Exhaust Air Terminal - 3 Spigots Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the spigot. CoverType: Select the type of cover for the diffuser, parameters to control the cover types will adjust dynamically based on selection. Blank Grill Swirl Slotted, Swirl Radial and Swirl Radial with Vanes Louvre Planar and Planar Perforated Diffuser Size: Select the size for the diffuser Visibility: Change the visibility of the equipment

Supply/Return Exhaust Air Terminal - 2 Spigots Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the spigot. CoverType: Select the type of cover for the diffuser, parameters to control the cover types will adjust dynamically based on selection. Blank Grill Swirl Slotted, Swirl Radial and Swirl Radial with Vanes Louvre Planar and Planar Perforated Diffuser Size: Select the size for the diffuser Visibility: Change the visibility of the equipment

Supply/Return Exhaust Air Terminal - 1 Spigot Pictures Features Embedded in the Part Configurable port parameters that control the geometry of the spigot. CoverType: Select the type of cover for the diffuser, parameters to control the cover types will adjust dynamically based on selection. Blank Grill Swirl Slotted, Swirl Radial and Swirl Radial with Vanes Louvre Planar and Planar Perforated Diffuser Size: Select the size for the diffuser Visibility: Change the visibility of the equipment

Circular Supply/Return Exhaust Air Diffuser Pictures Features Embedded in the Part Configurable port parameters. CoverType: Select the type of cover for the diffuser, parameters to control the cover types will adjust dynamically based on selection. Blank Grill Swirl Slotted, Swirl Radial and Swirl Radial with Vanes Louvre Planar and Planar Perforated Diffuser Size: Select the size for the diffuser Visibility: Change the visibility of the equipment between 3D representation, 2D representation

Rectangular Supply/Return Exhaust Air Diffuser Pictures Features Embedded in the Part Configurable port parameters. CoverType: Select the type of cover for the diffuser, parameters to control the cover types will adjust dynamically based on selection. Blank Grill Swirl Slotted, Swirl Radial and Swirl Radial with Vanes Louvre Planar and Planar Perforated Diffuser Size: Select the size for the diffuser Visibility: Change the visibility of the equipment between 3D representation, 2D

Ceiling Diffuser - Rectangular - No Plenum Pictures Features Embedded in the Part Configurable port parameters that also control the geometry of the port in the equipment. CoverType: Select the type of cover for the diffuser, parameters to control the cover types will adjust dynamically based on selection. Blank Grill Swirl Slotted, Swirl Radial and Swirl Radial with Vanes Louvre Planar and Planar Perforated Diffuser Size: Select the size for the diffuser Visibility: Change the visibility of

Exhaust-Outside Air Pictures Features Embedded in Part Size: Select the opening size of the louvre Depth: Configure the depth of the louvre, minimum depth is 100mm and maximum is 1000mm Shape: Configure the shape of the louvre Visibility: Change the visibility of elements between the 3D and 2D representations or both. 3DXML

Heat Recovery Unit Pictures Features Embedded in the Part Equipment includes configurable ports for all four spigots and the drain. Visibility: Change the visibility of the equipment between 3D representation, 2D representation or both. ElectricalBox_Location: Change the location of the electrical box between left and right of the spigots. Drain_Location: Change the location of the drain between left and right of the spigots. Drain_Horizontal: Horizontal location of the drain with respect to

During my work experience in PHC Pile machine maintenance, I realized that effective maintenance is not only about repairing faults—it often demands engineering design decisions to improve machine reliability and performance. One such critical responsibility was the design and modification of bearing couplings for spinning machines used in PHC pile production. Spinning machines in PHC pile plants operate under high rotational speed, heavy load, continuous duty cycles, and harsh site conditions.

Find here below a workflow to get excavation quantities for the foundations of a building. As input, we have a terrain (LIDAR point cloud) and got the ifc of a building. First steps requires extract or multi-extract of the bottom faces of the pillars, footings and slab that will define the contour of the excavation. Then, thanks to Component Based Design, we apply in one operation an excavation template to all those surfaces. This template is driven by parameters defining the downward and side

Just in time for Christmas, I am happy to share the latest drop of native CATIA parametric content for 2025! This year we have released a nice mix of content with a special focus on hospital furniture and equipment. We've also delivered a few components focused on construction and security, as well as new doors to complement the list of doors already available out of the box in the door command. All content is delivered as Object Types, completely compatible with Component Based Design, and can

2026 content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Construction Equipment-Backup Power Generator Documentation:Input Axis System: The input Axis System for the backup power generator is at the back the generator itself, centered and positioned on the floor. X axis is pointing to the front of the generator. Configurations: Small (20-30 kVA) - Integrated tank Small (20-30 kVA) - External tank Medium (60-120 kVA) - Integrated tank Medium (60-120 kVA) - External tank

2026 content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Construction Equipment-Crane Documentation:Input Axis System: The input Axis System for the crane is at the base of the crane, centered and positioned on the floor. X axis is aligned with the direction of the boom (long arm). Configurations: Short(71m)-Small Radius(40m) Short(71m)-Medium Radius(60m) Short(71m)-Large Radius(80m) Medium(91m)-Small Radius(40m) Medium(91m)-Medium Radius(60m) Medium(91m)-Large

2026 content Equipment Adaptive Reference Images Temporary Hoardings for Construction Sites, Event Sites & Other Sites 3DXML: Object Type Name: OT-Construction Equipment-Safety Barriers Documentation:Safety Barrier Parameters: Type of fence: Available options are “Bar” and “Mesh”. Bar option will generate the barrier made of vertical and horizontal post and bars. Mesh option will generate only the vertical posts and top horizontal bar; cavity is filled with transparent volume to

2026 content Equipment Adaptive Reference Image 3DXML: Object Type Name: OT-Construction Equipment-Scaffolding Documentation:Scaffolding Parameters: Spacing between posts: Input values that controls the spacing between posts, the post spacing are consistent throughout the entire wall span, except for the last one that can be potentially smaller. Platform width: Input values that controls the width of the scaffolding walking platform. Structure start offset: Offset only the steel structure

2026 content Equipment Adaptive Reference Image 3DXML: Object Type Name: OT-Construction Equipment-Shoring Post Documentation:Input Axis System: The input Axis System for the shoring post is at the bottom of the post, centered on the bottom plate. X axis is pointing to locking pins. Parameters: There are only 1 available parameter: Height: Parameter defined the total height of the shoring post. The parameter allows all numerical values between 1000mm to 15000mm inclusive. During

Construction Equipment Objects

2026 content Security Reference Reference Images 3DXML: Object Type Name: OT-Security-Exit Signs Documentation:Input Axis System: The Input Axis System for the exit is centered on the surface. The X axis points to the exit panel front and the Y axis is along the exit arrow direction. Configurations: Red-Ceiling Mounted Red-Wall Mounted Green-Ceiling Mounted Green-Wall Mounted Full Documentation in PDF:

2026 content Security Reference Reference Images 3DXML: Object Type Name: OT-Security-Security Camera Documentation:Input Axis System: The Input Axis System for the security camera is centered on the circular mounting surface. The X axis points in the camera view direction. Configurations: Bullet Security Camera Dome Security Camera Full Documentation in PDF:

Security Objects

2026 content Security Reference Reference Image 3DXML: Object Type Name: OT-Security-Fire Alarm Pull Station Documentation:Input Axis System: The Input Axis System for the fire alarm pull station is centered on the back mounting surface. The X axis points in the pull station front. Full Documentation in PDF:

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-Automatic Defibrillator Documentation:Input Axis System: The Input Axis System for the defibrillator is centered at the front face bottom edge. The X axis points to the defibrillator front. Full Documentation in PDF:

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-Blood Pressure Monitor Documentation:Input Axis System: The Input Axis System for the bed head panel is centered on the bottom back edge of the unit. The X axis is in the same direction as the unit front face. Configurations: There are 3 regional configurations that result in different electrical outlet geometry USA EU UK Full Documentation in PDF:

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-Blood Pressure Monitor Documentation:Input Axis System: The input Axis System for the blood pressure monitor is at the base of the monitor, centered and positioned on the floor. X axis is pointing to the front of the monitor. Full Documentation in PDF

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-MRI Scanner Documentation:Input Axis System: The Input Axis System for the MRI scanner is centered on floor at the center of the MRI magnet. The X axis points towards the end of the scanner towards the patient feet. Full Documentation in PDF:

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-Operating Lamp Documentation:Input Axis System: The Input Axis System for the operation lamp aligned with the lamp bulb center. The Y axis points along the support arm. The ceiling lamp configuration has the axis system on the ceiling while the standing configuration has the axis system on the floor. Configurations: Standing Lamp Ceiling Lamp Full Documentation in PDF:

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-Operation Bed Documentation:Input Axis System: The Input Axis System for the operation bed is centered on the ground aligned with the head rest end of the bed when the bed is in the flat configuration. The X axis points in the direction towards the patient’s feet at the end of the bed. Configurations: Flat Configuration Incline Configuration Sitting Configuration Full Documentation

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-Pharmacy Refrigerator Documentation:Input Axis System: The Input Axis System for the pharmacy refrigerator is centered on the back edge. The X axis points towards the front of the refrigerator. Configurations Single Door-Small Double Door-Small Single Door-Medium Double Door-Medium Single Door-Large Double Door-Large Full Documentation in PDF:

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-Ultrasound Machine Documentation:Input Axis System: The Input Axis System for the ultrasound scanner is centered on the ground. The X axis is in the same direction as the unit front. Full Documentation in PDF:

2026 Hospital content Equipment Reference Reference Image 3DXML: Object Type Name: OT-Hospital Equipment-Wheeled Stretcher Documentation:Input Axis System: The Input Axis System for the wheeled stretcher is centered on the patient head end. The X axis is in the same direction as the unit front. Configurations: Wheeled stretcher with side rails Wheeled stretcher without side rails Full Documentation in PDF:

Here are a list of furniture most typically found in Hospitals Download this 3dxml and import into your tenant for the complete list of content available on the following section

Here are a list of equipment most typically found in Hospitals Download this 3dxml and import into your tenant for the complete list of content available on the following section

2026 Hospital content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Hospital Furniture-Bedside Cabinet Documentation:Input Axis System: The Input Axis System for the bedside cabinet is centered at the rear base of the cabinet. The X axis is in the same direction as the bedside cabinet front. Configurations: Small table cabinet Medium table cabinet Large table cabinet Full Documentation in PDF:

2026 Hospital content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Hospital Furniture-Medical Cabinet Documentation:Input Axis System: The Input Axis System for the medical cabinet is centered at the front base of the cabinet. The X axis is in the same direction as the cabinet front. Configurations: 1 Bay 2 Bay 3 Bay Full Documentation in PDF:

2026 Hospital content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Hospital Furniture-Patient Bed Documentation:Input Axis System: The Input Axis System for the patient bed is centered on the patient head end. The X axis is in the same direction as the unit front. Configurations: Railings No Railings Full Documentation in PDF:

2026 Hospital content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Hospital Furniture-Portable Crib Documentation:Input Axis System: The Input Axis System for the portable crib is centered on one of long edge of the crib footprint. The X axis points towards the center of the crib. Full Documentation in PDF:

2026 Hospital content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Hospital Furniture-Privacy Screen Documentation:Input Axis System: The Input Axis System for the privacy screen is centered on the middle of the privacy screen span on the floor. The X axis is in the same direction as the privacy screen front. Configurations: Wheeled String Hung Full Documentation in PDF:

2026 Hospital content Furniture Reference Reference Images 3DXML: Object Type Name: OT-Hospital Furniture-Wheelchair Documentation:Input Axis System: The input Axis System for the wheelchair is at the rear end of the wheel, centered in between the wheels and positioned on the floor. X axis is aligned with the facing of the wheelchair. Configurations: Short (Wheelchair with short backrest) Tall (Wheelchair with tall backrest) Full Documentation in PDF

2026 content Furniture Reference Reference Image 3DXML:Object Type Name: OT-Furniture-Chair Documentation:Input Axis System: The Input Axis System for the chair is centered at the rear base of the chair. The X axis is in the same direction as the chair front. Configurations: Wood chair Leather chair Plastic chair Full Documentation in PDF:

2026 content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Furniture-Bathroom Sink Documentation:Input Axis System: The input Axis System for the bathroom sink is at the back the sink, centered and positioned on the floor. X axis is pointing to the front of the sink. Top of the sink top surface is positioned at 865mm from the floor. Full Documentation in PDF

2026 content Furniture Reference Reference Image OrtonBath Long Projection Wall Hung Toilet - Dor, Elder, Disabled 3DXML: Object Type Name: OT-Furniture-Hanging Toilet Documentation:Input Axis System: The input Axis System for the hanging toilet is at the back the toilet, centered and positioned on the floor. The top of the toilet bowl is 480mm from the floor. X axis is pointing to the front of the toilet. Full Documentation in PDF

2026 content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Furniture-Holding bar Documentation:Input Axis System: The input Axis System for the holding bar is at one of the mounting points, centered and positioned on the surface of the mount (equivalent of wall surface). For the combo configuration, the middle mount is used. X axis is pointing away from the wall. Configurations: Vertical Bar Horizontal Bar Combo Bar PDF

DescriptionFloor/Slab Objects can be used with Building 3D Design to convert low-level slab features into higher-level slab features. These features can then be converted to an even higher-detailed product assembly structure. Parameters / Outputs Note: Parameters will slightly vary depending on the floor/slab object-type selected How Its Used / Image GalleryCreate the desired slabs using the "Slab" function in Building 3D Design Shift-select the desired floor/slab(s) then select

DescriptionDropped Ceiling Objects can be used with Building 3D Design to convert low-level ceiling features into higher-level ceiling features. These features can then be converted to an even higher-detailed product assembly structure. Parameters / Outputs How Its Used / Image Gallery 3dxmlOT-DroppedCeiling

Description Wall Objects can be used with Building 3D Design to convert low-level wall features into higher-level wall features. These features can then be converted to an even higher-detailed product assembly structure. Parameters / OutputsNote: Parameters will slightly vary depending on the wall object-type selected How Its Used / Image Gallery Create desired walls using the "Wall" function in Building 3D Design Shift-select the desired walls then select "Multi-Edit Wall" Beside the

Mechanical and Piping starter kit including a set up file for common MEPF standards and a catalog of parts to use when routing. Introduction about HVAC Parts When working on HVAC system user will have to respect 2 main criteria for the selection of the section size : the Airflow that comes from the system engineer and that gives the value of corresponding Equivalent diameter throug empiric formula the available space to decide which values of HeighxWidth fits to the expected

2026 content Door Adaptive Reference Images Hospital Door Systems - Automatic & Manual Doors | Horton Automatics Hospital Doors | Healthcare Entrances | Installation & Repair | Texas Access Controls Hospital Doors | Healthcare Entrances | Installation & Repair | Door Services Corporation Automatic entrance to healthcare building| Doorson 3DXML: Object Type Name: OT-Door-Revolving Door Documentation:Revolving door Parameters: Mark: Free text parameter to record any project

2026 content Door Adaptive Reference Images China HPL Hospital Doors Customized Hospital Surgery Room Doors Good Quality Operating Room Hospital Door - HPL Hospital Doors, Hospital Surgery Room Doors | Made-in-China.com Stanley Swing and Sliding Hospital Doors by Door Spring Supplies Co 3DXML: Object Type Name: OT-Door-Sliding Door Documentation:Sliding door Parameters: Mark: Free text parameter to record any project specific identifier for the door instance. Analogous to the

2026 content Door Adaptive Reference Images Hospital Door Systems - Automatic & Manual Doors | Horton Automatics Interior door - FDA HOSPITAL - Ponzi - aluminum / folding / glazed Grupsa introduces ICU Doors HS-557CP – Grupsa Door Systems GCC 3DXML: Object Type Name: OT-Door-Folding Door Documentation:Folding door Parameters: Mark: Free text parameter to record any project specific identifier for the door instance. Analogous to the “Mark” property in other BIM platforms.

2026 content Door Adaptive Reference Images 315 Hospital Door Sign Stock Photos, High-Res Pictures, and Images - Getty Images 3DXML:Object Type Name: OT-Door-Hinged Door Documentation:Hinged door Parameters: Mark: Free text parameter to record any project specific identifier for the door instance. Analogous to the “Mark” property in other BIM platforms. Comments: Free text parameter to record any additional information for door instance. Material: Sets the material applied to the

2026 content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Furniture-TV Documentation:Input Axis System: The Input Axis System for the stand supported TV is centered at the rear base of the TV. The X axis is in the same direction as the TV front. The Input Axis System for the wall mounted TV and arm mounted TV are centered at the rear mounting surface of the TV. The X axis is in the same direction as the TV front. Configurations: 32in-Stand 32in-Wall Mount 32in-Arm Mount

2026 content Furniture Reference Reference Image 3DXML: Object Type Name: OT-Furniture-Shelving Unit Documentation:Input Axis System: The Input Axis System for the shelving unit is centered on the back edge. The X axis points towards the front of the shelving unit. The front and back edges of the shelving unit are the long edges. Configurations: Shelving Unit-3 Shelves Shelving Unit-4 Shelves Shelving Unit-5 Shelves Shelving Unit-6 Shelves Full Documentation in PDF:

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Hello all, Recently new functionality was added to the Levels command, alllowing the user to specify whether you want the Top of Slab, or the FInished Floor Level to be the reference for your elevations. While I greatly appreciate this new enhancement, I am wondering why it seems that the Ceiling Height is still being calculated from the Top of Slab, even when I select Finished floor in the Specification. Is this intentional? To me it would make more sense if everything (including the

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Here is a question: In 3DE, when setting a proxy to select a point element, CATPathElementAgent* _pSelectSecPtAgent->AddElementType(IID_CATPoint);It is found that the node where the point is located must be set to edit mode in order to select the point. However, if the model contained in this node is too numerous, the code setting the edit mode takes a considerable amount of time. Is there any method to select the point without setting the edit mode? (Like the native function "Measurement" in

Often is the Grid in the drawing not nicely displayed but at least in the right position. This time it's complete out of position. What could the problem be?

Hello all, Since the upgrade to 2026x, we are experiencing issues with IFC export. It seems that only the first instance of an object is displayed correctly, but every other instance of that same object is displayed as a wireframe. The problem seems to occur for both IFC 2x3 and IFC4. Several colleagues are supposed to send IFC exports to their clients today, to this is very urgent for us. Is this a known issue, or should I create an SR for this? Thanks in advance. Below some imaging

Hello, In 2D Drawing we can activate polyhedral object option to project geometrie and put dimensions on view. In 3D Tolerancing & Annotations, dimensions are not allowed on polyhedral objetcts ? How can we use polyhedral objects, is there a setting, it's a limitation? Thanks

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Hello, Where we can find samples of ASD Annotations ? I need to insert Geolocation coordinates of points on drawing. Thank's @PF

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